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AegisGuard L (Life) Series Radiation Shields
RF & EMF Shielding Protection From
Wired & Wireless Products & Networks
AegisGuard LL Radiation Shields AegisGuard LP Radiation Shields AegisGuard LP Radiation Shields
AegisGuard™ LL Additive
For Hand & Machine Washable
Clothing & Other Fabrics
AegisGuard™ LP Primer & Paint
Additive For Homes, Offices,
 Hospitals, & Factories
AegisGuard™ LS Spray
For Wired & Wireless
Products  & Networks
AegisGuard LL Radiation Shields AegisGuard LP Radiation Shields AegisGuard LS Radiation Shields

AegisGuard™ L (Life) Series products
shield 5 Hz. to 30 GHz., 120 GHz., 360 GHz., and 1.1 THz. radiation frequencies (RF) generated by electrical and wireless products, power lines, towers, networks and antennas, supporting 1G - 4G-LTE, 5G, Wi-Fi, Bluetooth, fiber optic, IoE, IoT and wireless technologies. Supporting hundreds of shielding applications, their shielding effectiveness is between 99.993% to 99.998% measured at the RF contact points of shielded surfaces for real-world extended time periods.

All AegisGuard™ products deflect, or reflect, RF (radiation frequencies) at an opposite angle from the originating source. AegisGuard™ LL, LP and LS shielding compounds incorporate an enhanced technology providing diffused RF deflection upon surface contact. This important safety feature breaks down, or scatters, deflected frequencies from shielded surfaces, eliminating exposure risks to individuals in their path when outdoors, in homes, offices, classrooms, offices, hospitals, etc.

The shielding compounds feature frequency specific, oscillating shielding protection, and are chemically inert, non-absorbent, do not contain metal, or require grounding. Manufactured using natural and synthetically produced minute materials of varying dimensions, weights and densities, they are micro-encapsulated with materials serving as a transfer medium to surfaces, where they expand on contact:

bullet AegisGuard™ LL: Micro-encapsulated with sodium bicarbonate, it is fragrance free, hypoallergenic and contains no harmful ingredients. No health risk or adverse reactions have been reported.
bullet AegisGuard™ LP: Micro-encapsulated in an unscented liquid derived from natural plant oils, and blended with resins and solvents commonly used in latex, and acrylic latex primers and paints. Safety cautions appearing on the can of primer or paint selected by the user must be followed. No adverse reaction or effect have been reported after surface application.
bullet AegisGuard™ LS: Micro-encapsulated in an unscented liquid derived from natural plant oils, it is fragrance free, hypoallergenic and contains no harmful ingredients. No health risk or adverse reactions have been reported.

The shielding compounds effective below 100 Hz., including those generated by the human body, electrical products and power lines operating in the 50 - 60 Hz. frequency range. They always remain fixed in place, scattering RF up to the maximum AegisGuard™ model's supported frequency away from shielded surfaces.

The shielding compounds effective above 100 Hz. also remain fixed in place, until identical transmit and receive frequencies are present on both sides of a shielded surface, such as when using a cell phone. When this occurs, the frequency specific compounds immediately begin oscillating at the point of contact to permit communication without delays, while protecting the part of the body near, or touching the phone, continuing to do so until the identical frequencies are no longer present. This significant benefit enables users to limit their RF exposure according to the wireless products and networks they want to use, and are present in their environment.

Identical frequency recognition is required for most wireless products and networks to communicate securely with each other, and it is accomplished with a unique subscriber, network, carrier, or other individual device recognition identifier embedded in an integrated circuit or card (SIM card) located inside the product. Without this capability, handheld products, smart homes, personal (AI, electronic, virtual assistants), GPS, IoT, self-driving cars, 5G, the Cloud and emerging communication technologies could not exist.

How AegisGuard L (Life) Series technology applies RF wireless shielding effectiveness is best understood by comparing it to discriminatory and non-discriminatory technologies in products most people are familiar with, and reviewing common examples of their benefits:

Discriminatory Technologies
Radios and televisions receive wireless broadcasts when their receiver (channel selector) is set to a specific frequency assigned to the broadcaster by a regulatory agency, such as the FCC. These types of products do not have transmission capability.

Most wireless products and networks have a receiver and transmitter, and communicate using an internal radio system operating over a frequency range assigned to the carrier. Some operate over a fixed frequency, but most use spread spectrum pulsed frequency modulation (PFM) technologies, rapidly switching frequencies during device to device sessions and referred to as pulses, or hops. They are measured as the number hops per second, which increases exponentially as new technologies (3G, 4G, 5G, etc.) are introduced. Current generation cell phones exceed 1,600 hops per second.

These are defined as discriminatory products because identical transmitting and receiving frequencies are necessary for products and networks to communicate with each other. AegisGuard™ L (Life) Series products provide 99.993% to 99.998% RF shielding effectiveness for all discriminatory product and network frequencies between 5 Hz. to 1.1 THz., regardless of the number of hops per second.

Non-Discriminatory Technologies
olice scanners, short wave sweepers, measurement meters, etc., scan for incoming RF transmissions, or fields, from any source within their specification range. They discontinue scanning when an occurrence is present, and some models continue scanning for additional occurrences when the previous one ceases. These types of products do not have transmission capability.

Despite being referred to as RF meters, most do not measure RF, which can be determined by examining their display or specifications. Instead, they measure SAR, a thermal measurement expressed as Watts, magnetic field expressed as mG (milligauss) or T (Tesla), and voltage fields expressed as V/M,

These products, and apps, are defined as non-discriminatory because their receivers search for, and accept, any occurrence within their range, regardless of the source. When this occurs, AegisGuard™ L (Life) Series shielding compounds oscillate as they do with discriminatory products due to the presence of identical frequencies on both sides of a shielded surface.

Examples of the daily shielding benefits derived by users of AegisGuard™ LL, LP and LS Radiation Shields:

bulletYou are at work having a conversation on an AegisGuard™ LS shielded cell phone held against your head. Speech is received and transmitted through the back of the phone facing away from you, and frequencies from the front are deflected away from your head. The company has a wireless LAN and your AegisGuard™ LL shielded clothing deflects airborne RF generated by the LAN, and other frequency emissions present in the company, from the covered areas of your body.
bulletYou are in a vehicle, or walking outdoors, and see power lines and wireless antennas nearby and at a distance. The airborne frequencies are deflected away from areas of your body protected by the shielded clothing, just as they were at work.
bulletYou are at home, where the interior side of exterior doors, walls, trim, and ceilings are shielded with AegisGuard™ LP, and the interior side of the windows and a skylight are shielded with AegisGuard™ LS. The wireless products you own continue functioning as expected, and undesired frequencies generated by power lines, transformers, wireless networks, antennas, smart meters, your neighbor's wireless network, etc., are safely deflected away from your home.
By 2020, 5G carrier network operating frequencies will be up to 300 GHz, and increase to 600 GHz a few years later. Carrier fiber optic network split feed operating frequencies are 180 GHz. (165nm) to 360 GHz. (565nm), and their fiber core station primary circuits operate in the THz. range.

Next generation 6G networks up to 1 THz. are being developed, and likely to become available in the mid to late 2020's.

You may find it worthwhile to watch an IEEE produced a 5G and IoT video (6: 14 and a new window will open) praising the benefits, but not addressing the potential health risks.


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